Our MR disconnect panels provide emergency shutdown, under-voltage protection, and overcurrent protection, serve as local disconnects for these systems, and meet OSHA Lock Out/Tag Out (LOTO) provisions. These panels automatically restore power to chillers following power loss to maintain cryogens and magnets.

Bevco MR disconnect panels are compatible with all manufacturers’ systems. All we need is the make and model of your imaging system, and we will provide an effective, easy to install solution. Everything needed for installation is included with each panel, including wiring diagrams for connecting incoming power, cooling device power, and emergency controls. Each panel comes pre-configured for control and power signals.

Custom disconnect panels for MR imaging systems are also available. Custom panels are designed and built in-house to match your requirements.

•Bevco’s expert design team provides technical support before, during, and after installation

•Standardized designs and factory testing ensure high product quality and system reliability

•Surface or semi-flush mounting

•UL and cUL listed, labeled, and tested; conform to applicable National Electric Codes

•Numerous accessories also available

•Made in the USA

Contact Bevco ISC to place your order or for more information on our disconnect panels for MR imaging systems.

Configuration:

Ordering Information:

Basic Panels

Basic Part Number

3-Phase Voltage

Main MR Amperage

Chiller Amperage

Nominal Dimensions

Height

Width

Depth

MR480-090-BB

400/415/480 50/60 Hz

90

20

24"

15"

9"

System-matched UPS Bypass Panels

Basic Part Number

kVA Rating

Amperage

Nominal Dimensions

Height

Width

Depth

CT480-090-BB

150 kVA

90

24"

15"

9"

CT480-110-BB

300 kVA

110

30"

24"

9"

CT480-125-BB

500 kVA

125

30"

24"

9"

Listed above are common options and configurations. A wide variety of potential combinations of voltage, short-circuit current ratings, and amperage requirements can be accommodated. Please CONTACT US with your specific needs.